Telemetry Antennas (227 artikelen)

RF Protocols = ISM Band, LoRaWAN Antenna Physical Form = PCB Antenna Mounting Type = PCBmm Frequency Range = 915 MHzdBi Minimum Frequency = 915MHz

RF Protocols = ISM Band, LoRaWAN Antenna Physical Form = PCB Antenna Mounting Type = PCBmm Frequency Range = 915 MHzdBi Minimum Frequency = 915MHz

RF Protocols = ISM Band Antenna Physical Form = PCB Antenna Mounting Type = PCBmm Frequency Range = 868 → 915 MHzdBi Minimum Frequency = 868MHz

RF Protocols = ISM Band Antenna Physical Form = PCB Mounting Type = Surface Mountmm Gain = -2.7dBi Minimum Frequency = 868MHz

Operates in 2400 MHz Gain of 2dBi Input power 10W VSWR ≤ 2.0 APPLICATIONS Wifi ISM Applications Portable Devices Set-Top Boxes Network Devices

RF Protocols = ISM Band Connector Type = SMA Male Antenna Mounting Type = Panel Mountmm Frequency Range = 868 MHzdBi Connector Gender = MaleMHz

RF Protocols = ISM Band Antenna Physical Form = Whip Antenna Mounting Type = Panel Mountmm Frequency Range = 868 MHzdBi Connector Gender = MaleMHz

Low Frequency of 433 MHz VSWR ≤ 2.0 Gain of 2dBi Input power of 10W APPLICATIONS IoT and wearable Wireless ISM Band LoRa SigFox RFID Remote Technology/Monitoring Smart Meters Medical Devices Home A...

RF Protocols = ISM Band Antenna Physical Form = Whip Antenna Mounting Type = Panel Mountmm Frequency Range = 868 MHzdBi Connector Gender = MaleMHz

RF Protocols = ISM Band Antenna Physical Form = Whip Antenna Mounting Type = Panel Mountmm Frequency Range = 868 MHzdBi Connector Gender = MaleMHz

RF Protocols = ISM Band Connector Type = SMA Male Mounting Type = Directmm Frequency Range = 915 MHzdBi Connector Gender = MaleMHz

RF Protocols = ISM Band Antenna Physical Form = Whip Antenna Mounting Type = Panel Mountmm Frequency Range = 915 MHzdBi Connector Gender = MaleMHz

RF Protocols = ISM Band Mounting Type = Direct Gain = 3dBi

Low Power, Wide Area (LPWA) includes IoT/M2M protocols such as LoRa, Sigfox, and NB-IoT. Abracon offers chip, patch, and external antenna solutions in these protocols.868 MHz LPWA/ISM antenna Linea...

RF Protocols = ISM Band Antenna Physical Form = Whip Antenna Mounting Type = Panel Mountmm Frequency Range = 915 MHzdBi Connector Gender = MaleMHz

RF Protocols = ISM Band Antenna Physical Form = Whip Antenna Mounting Type = Panel Mountmm Frequency Range = 915 MHzdBi Connector Gender = MaleMHz

Operates in 698-960 MHz and 1710-2655 MHz Gain of 3dBi VSWR ≤ 3.0 Input of 10W 4G/LTE 2G/3G/4G radios LTE radios Gateways Set-Top Boxes Security IoT

Low Power, Wide Area (LPWA) includes IoT/M2M protocols such as LoRa, Sigfox, and NB-IoT. Abracon offers chip, patch, and external antenna solutions in these protocols.LPWA/NB-IoT/ISM antenna Sub-GH...

RF Protocols = ISM Band Mounting Type = Magnetic Gain = 3dBi Cable Length = 3m

MAX Gain of 5.0 dBi Operates in 2.4 GHz 10W input power VSWR ≤ 2.0 2400MHz APPLICATIONS WiFi ISM Applications Wireless Communication System Router

Gain of 3.5dBi 10W input power Designed for 868 MHz VSWR ≤ 2.0 190 x Ø12.9mm form factor APPLICATIONS LPWA LoRA Sigfox ISM Applications Remote Technology/Monitoring Network devices Smart buildings ...

RF Protocols = ISM Band, LoRaWAN Antenna Physical Form = Whip Mounting Type = Directmm Maximum Frequency = 915MHz Minimum Frequency = 915MHz

RF Protocols = ISM Band, LoRaWAN Antenna Physical Form = Whip Mounting Type = Directmm Gain = 3.5dBi Minimum Frequency = 915MHz

RF Protocols = High Frequency RFID Antenna Physical Form = Patch Mounting Type = Through Hole Gain = -1.37dBi Minimum Frequency = 868MHz

RF Protocols = High Frequency RFID Antenna Physical Form = Patch Mounting Type = Through Hole Gain = -1.37dBi Minimum Frequency = 868MHz

RF Protocols = High Frequency RFID Antenna Physical Form = Patch Mounting Type = Through Hole Frequency Range = 915 MHzMHz Minimum Frequency = 915MHz

RF Protocols = High Frequency RFID Antenna Physical Form = Patch Mounting Type = Through Hole Frequency Range = 915 MHzMHz Minimum Frequency = 915MHz

RF Protocols = High Frequency RFID Antenna Physical Form = Patch Mounting Type = Through Hole Gain = 5dBi Minimum Frequency = 902MHz

RF Protocols = High Frequency RFID Antenna Physical Form = Patch Mounting Type = Through Hole Gain = 5dBi Minimum Frequency = 902MHz

RF Protocols = ISM Band, LoRaWAN, WiFi Antenna Physical Form = PCB Mounting Type = Surface Mount Maximum Frequency = 928GHz Antenna Directivity = OmnidirectionalMHz

RF Protocols = ISM Band, LoRaWAN, WiFi Antenna Physical Form = PCB Mounting Type = Surface Mount Gain = 1.7 dBi, 2.4 dBiGHz Antenna Directivity = OmnidirectionalMHz

RF Protocols = ISM Band Antenna Physical Form = Square Antenna Mounting Type = PCBmm Maximum Frequency = 928MHz Minimum Frequency = 863MHz

The Antenova Grandis antenna uses a ground plane on the host PCB to radiate effectively. The antenna itself requires a clearance underneath. An external matching circuit is used to optimise the ant...

Antenna Physical Form = Square Antenna Mounting Type = PCBmm Maximum Frequency = 960MHz Minimum Frequency = 791MHz

The Antenova Latona antenna uses a ground plane on the host PCB to radiate effectively. The antenna itself requires a clearance underneath. An external matching circuit is used to optimise the ante...

Robustel devices feature either a 2 way or 3 way power-input connector, and are supplied with a matching plug for the connector. They are terminal block type with screws to secure wire or pins. Acc...

Antenna Physical Form = Dome Antenna Length = 145mm Gain = 4dBi Connector Gender = FemaleMHz

The Laird Connectivity 900MHz dipole antenna is for reverse polarity SMA connector. It has quick and easy installation.Gain +2dBi Frequency range is 902 - 928 MHz (centred at 915 MHz) Impedance is ...

RF Protocols = WiFi Antenna Physical Form = Whip Mounting Type = Direct Gain = 2dBi Antenna Directivity = Omnidirectional

RF Protocols = WiFi Antenna Physical Form = Stubby Mounting Type = Direct Gain = 2dBi Antenna Directivity = Omnidirectional

The Laird Connectivity 900MHz dipole antenna is waterproof. It is for reverse polarity SMA connector.Peak gain is +2dBi Frequency range is 902 - 928MHz (centred at 915 MHz) Impedance is 50Ω Polariz...

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = Patch Antenna Length = 15.6mm Gain = -1.1dBi Connector Gender = MaleMHz

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = Patch Antenna Mounting Type = Adhesivemm Frequency Range = 5900 → 8500 MHzdBi Connector Gender = MaleMHz

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = FPC Antenna Mounting Type = Adhesivemm Gain = 4dBi Connector Gender = MaleMHz

RF Protocols = Ultra Wideband (UWB) Connector Type = MHF Mounting Type = Adhesivemm Frequency Range = 5900 → 8500 MHzdBi Connector Gender = MaleMHz

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = FPC Antenna Mounting Type = Adhesivemm Frequency Range = 5900 → 8500 MHzdBi Connector Gender = MaleMHz

RF Protocols = Ultra Wideband (UWB) Connector Type = MHF Mounting Type = Adhesivemm Frequency Range = 5900 → 8500 MHzdBi Antenna Directivity = OmnidirectionalMHz

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = Patch Mounting Type = Adhesivemm Maximum Frequency = 8.5GHz Antenna Directivity = OmnidirectionalMHz

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = Patch Antenna Length = 15.6mm Gain = -1.9dBi Connector Gender = MaleMHz

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = Patch Antenna Mounting Type = Adhesivemm Frequency Range = 5900 → 8500 MHzdBi Connector Gender = MaleMHz

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = Patch Antenna Length = 15.6mm Frequency Range = 5900 → 8500 MHzdBi Connector Gender = MaleMHz

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = FPC Mounting Type = Adhesivemm Gain = 3.8dBi Connector Gender = MaleMHz

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = FPC Antenna Mounting Type = Adhesivemm Frequency Range = 5900 → 8500 MHzdBi Connector Gender = MaleMHz

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = FPC Antenna Mounting Type = Adhesivemm Frequency Range = 5900 → 8500 MHzdBi Connector Gender = MaleMHz

RF Protocols = Ultra Wideband (UWB) Connector Type = MHF4L Mounting Type = Adhesivemm Frequency Range = 5900 → 8500 MHzdBi Connector Gender = MaleMHz

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = Patch Antenna Mounting Type = Adhesivemm Frequency Range = 5900 → 8500 MHzdBi Connector Gender = MaleMHz

RF Protocols = Ultra Wideband (UWB) Connector Type = MHF4L Mounting Type = Adhesivemm Frequency Range = 5900 → 8500 MHzdBi Minimum Frequency = 5900MHz

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = Patch Antenna Mounting Type = Adhesivemm Frequency Range = 3100 → 8500 MHzdBi Connector Gender = MaleMHz

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = Patch Mounting Type = Adhesivemm Frequency Range = 3100 → 8500 MHzdBi Connector Gender = MaleMHz

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = FPC Antenna Mounting Type = Adhesivemm Frequency Range = 3100 → 8500 MHzGHz Connector Gender = MaleMHz

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = FPC Antenna Mounting Type = Adhesivemm Gain = 1.5 dBi, 4.1 dBiGHz Antenna Directivity = OmnidirectionalMHz

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = FPC Antenna Mounting Type = Adhesivemm Frequency Range = 3100 → 8500 MHzGHz Connector Gender = MaleMHz

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = FPC Antenna Length = 185.1mm Gain = 1.3 dBi, 3.8 dBiGHz Antenna Directivity = OmnidirectionalMHz

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = Patch Antenna Mounting Type = Adhesivemm Frequency Range = 3100 → 8500 MHzdBi Connector Gender = MaleMHz

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = Patch Mounting Type = Adhesivemm Frequency Range = 3100 → 8500 MHzdBi Connector Gender = MaleMHz

RF Protocols = Ultra Wideband (UWB) Connector Type = MHF4L Antenna Length = 24.1mm Gain = -1dBi Antenna Directivity = OmnidirectionalMHz

RF Protocols = Ultra Wideband (UWB) Connector Type = MHF4L Antenna Mounting Type = Adhesivemm Frequency Range = 3100 → 8500 MHzdBi Connector Gender = MaleMHz

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = FPC Antenna Mounting Type = Adhesivemm Gain = 1.4 dBi, 3.9 dBiGHz Connector Gender = MaleMHz

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = FPC Antenna Mounting Type = Adhesivemm Gain = 1.4 dBi, 3.9 dBiGHz Minimum Frequency = 3100MHz

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = FPC Antenna Mounting Type = Adhesivemm Gain = 1.2 dBi, 3.6 dBiGHz Antenna Directivity = OmnidirectionalMHz

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = FPC Antenna Mounting Type = Adhesivemm Frequency Range = 3100 → 8500 MHzGHz Connector Gender = MaleMHz

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = Patch Antenna Mounting Type = Adhesivemm Frequency Range = 3100 → 8500 MHzdBi Connector Gender = MaleMHz

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = Patch Antenna Length = 24.1mm Maximum Frequency = 8.5GHz Antenna Directivity = OmnidirectionalMHz

The Laird Connectivity omnidirectional antenna is fiberglass base station antenna. Its collinear design enclosed in a high-density fiberglass, which is covered with a protective ultraviolet inhibit...

The Laird Connectivity omnidirectional antenna is the fiberglass base station antenna. Its collinear design enclosed in a high density fiberglass, which is covered with a protective ultraviolet inh...

RF Protocols = WiFi Connector Type = SMA Mounting Type = Directmm Frequency Range = 410 → 430 MHzdBi Minimum Frequency = 410MHz

RF Protocols = WiFi Connector Type = SMA Mounting Type = Directmm Frequency Range = 410 → 430 MHzdBi Connector Gender = MaleMHz

RF Protocols = WiFi Antenna Physical Form = Dome Antenna Mounting Type = Panel Mountmm Frequency Range = 410 → 430 MHzdBi Connector Gender = MaleMHz

RF Protocols = WiFi Antenna Physical Form = Dome Mounting Type = Directmm Frequency Range = 410 → 430 MHzdBi Connector Gender = MaleMHz

The Linx 433Mhz HWR series antenna which deliver outstanding performance in a rugged and cosmetically attractive package. The articulating base allow the antenna to tilt 90 degree and rotate 360 de...

RF Protocols = ISM Band Antenna Physical Form = Whip Gain = 1.1dBi Antenna Directivity = Omnidirectional

The Linx 433Mhz CW series has wave antenna which deliver outstanding performance in a rugged and cosmetically attractive package. It has a wide variety of matching connector permit numerous mountin...

RF Protocols = ISM Band Antenna Physical Form = Whip Gain = 3.3dBi Antenna Directivity = Omnidirectional

RF Protocols = ISM Band Mounting Type = PCB Mount Gain = 1.9dBi Antenna Directivity = Omnidirectional

The Linx 433Mhz HE series antenna are designed for direct PCB mounting which has compact size, they are ideal for internal concealment inside a product housing. It is also very low in cost, making ...

The Linx 433Mhz HE series antenna are designed for direct PCB mounting which has compact size, they are ideal for internal concealment inside a product housing. It is also very low in cost, making ...

RF Protocols = ISM Band Mounting Type = PCB Mount Gain = 1.9dBi Antenna Directivity = Omnidirectional

The Linx 433Mhz LP series antenna utilize a helical element which greatly reduce the antenna size while allowing favourable performance characteristic. These compact antenna is cosmetically attract...

RF Protocols = ISM Band Antenna Physical Form = Whip Mounting Type = PCB Mount Gain = -1.9dBi Antenna Directivity = Omnidirectional

The Linx 433Mhz PW series has-wave whip which give outstanding performance in a rugged and cost-effective package. The antenna is attached by placing its base through a 6.35 mm hole in the product ...

RF Protocols = ISM Band Antenna Physical Form = Whip Mounting Type = PCB Mount Gain = 3.3dBi Antenna Directivity = Omnidirectional

The Linx 433Mhz PW series has-wave whip which give outstanding performance in a rugged and cost-effective package. The antenna is attached by placing its base through a 6.35 mm hole in the product ...

RF Protocols = ISM Band Antenna Physical Form = Whip Mounting Type = PCB Mount Gain = 3.3dBi Antenna Directivity = Omnidirectional

The Linx Splatch uses a grounded-line technique to achieve outstanding performance from a tiny surface-mount element. This unique antenna is designed for hand or reflow-mounting directly to a produ...

RF Protocols = ISM Band Antenna Physical Form = Square Mounting Type = PCB Mount Gain = -6.4dBi Antenna Directivity = Omnidirectional

RF Protocols = WiFi Antenna Physical Form = Dome Mounting Type = Directmm Frequency Range = 430 → 435 MHzdBi Connector Gender = MaleMHz

RF Protocols = WiFi Antenna Physical Form = Dome Antenna Mounting Type = Panel Mountmm Frequency Range = 430 → 435 MHzdBi Connector Gender = MaleMHz

RF Protocols = ISM Band Antenna Physical Form = Whip Antenna Mounting Type = Directmm Frequency Range = 862 → 930 MHzMHz Connector Gender = MaleMHz

RF Protocols = ISM Band Antenna Physical Form = Whip Antenna Mounting Type = Directmm Frequency Range = 862 → 930 MHzMHz Connector Gender = MaleMHz

RF Protocols = ISM Band, LoRaWAN, WiFi Connector Type = 6-32UNC Screw Antenna Mounting Type = PCBmm Frequency Range = 868 → 915 MHzMHz Minimum Frequency = 862MHz